Destiny International

  HYDRAULIC OIL  WITH WATER (RELATED MACHINE   PROBLEMS AND SOLUTIONS)

Now, water in some industries is overlooked as the primary cause of failures. Water is far more dangerous than solid contaminants.

Dissolved water exists as individual molecules in oil-most hydraulic oils that can hold 0.02-0.06% (200 -600 ppm)of water in a dissolved state.

Emulsified water exists after oil is saturated in form of microscopic droplets causing it to become hazy.

In a free state, water has crossed the emulsified state and exists as free water and /or with emulsified water. This free layer normally exists at bottom of the tank.

water content during water contamination in hydraulic oil article

WATER AND OIL ARE PROBLEMS

  • Direct harms include-
  •  Effect on components
  • Aging of oil
  • Multifold increase in oxidation
  • Destruction in base oil and formation of acids

Washing away of additives

Sludge formation and sediment settlement

EASIEST WAY TO CONFIRM PRESENCE OF WATER

The CRACKLE TEST (sensitive to free and emulsified water)
A hot plate 130 Degrees approx. is held and few drops are placed on it.
Small bubbles-500-1000ppm
Significantly more bubbles, Slightly larger-1000-2000ppm
Audible Crackling sound-greater than 2000ppm
   Crackle test ROUGH estimation (easy and fast-negligible apparatus cost

 WATER PRESENCE IN OIL

SMALL BUBBLES, SMALL QUANTITYLARGER BUBBLES IN INCREASED QUANTITYAUDIBLE CRACKLING SOUND
500-1000ppm1000-2000ppm>2000ppm

Laboratory analysis:

The precise method for checking the amount of emulsified, free and dissolved water in any oil is the Karl Fischer test-If used correctly, this test is capable of measuring water levels as low as 10 ppm or 0.001 percent and should be used when more exact water concentrations need to be determined.

EASY SOLUTIONS

Oil dehydration machines are the simplest means to save your water contaminated oil-with all its properties in place.

ROI on these units is almost immediate if you have a sufficient quantity of water-contaminated oil.

A low vacuum dehydration unit is a semi-automatic unit, which operates by removing water at low temperature and high vacuum conditions.

Hydraulic oil filtration problem & solutions of water contamination case study
Vacuum dehydration machine unit - Case study

For routine moisture settling in tanks due to temperature changes and breathing of hydraulic tanks can be handled by installing-DESICCANT BREATHERS.

Desiccant breathers remove contaminants such as dirt and moisture from air entering machinery, sumps, and reservoirs. These are the first barriers and a good breather shall act as a soldier to prevent dirt and moisture to enter the tanks.

Oil cleaning using cellulose media filters –with the property to absorb moisture in oil –whether installed as a BYPASS unit or in portable or dedicated filtration carts are one of the smartest ways to get rid of moisture in oil, without even bothering to raise the temperature and use vacuum dehydration. The capillaries in cellulose fiber act as the smallest filter media holding water molecules in their tubes.

With one of these installed you can get rid of moisture and contaminant in one go and are most preferred

Solutions used by OEM manufacturers of molding machines, diecasting machines, hydraulic presses, or any hydraulic power pack manufacturer. These are considered silent soldiers and performers.